Simon S. Profile | Freelancer

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Electrical Engineering

5.0

(1 review)

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$40 USD / hour

Flag of BELGIUM

oud-heverlee,

$40 USD / hour

It's currently 4:53 PM here

Joined October 3, 2021

0 Recommendations

Simon S.

@Ridgeline2design

5.0

(1 review)

3.8

3.8

100%

100%

$40 USD / hour

Flag of BELGIUM

oud-heverlee,

$40 USD / hour

100%

Jobs Completed

100%

On Budget

100%

On Time

N/A

Repeat Hire Rate

Multidisciplinary Design engineer

Hi, my name is Simon. I’m an experienced solutions engineer from Belgium now stationed in Vancouver. Combining my in depth knowledge in electronic circuit design, Automation and PCB design and mechanical CAD to create working solutions for customers on any budget. These can be single product solutions, low volume series and high volume products. I always choose the Ideal materials and fabrication methods for your unique product. whether it's 3D printing, CNC milling or injection molding. I'm an expert at prototyping, Sourcing manufacturing partners and clear communication.

See all Electronics Engineers in Belgium

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Portfolio

For a client active in the irrigation industry i had to develop a working prototype of a soil moisture Irrigation controller. A custom PCB was made using a ESP-32 as main controller. A soil moisture sensor can be connected to the device and a relais in the module activates a pump.

A standard ABS enclosure was used. the pcb board outline was designed in reference of the enclosure drill holes.

irrigation controller

For a client active in the irrigation industry i had to develop a working prototype of a soil moisture Irrigation controller. A custom PCB was made using a ESP-32 as main controller. A soil moisture sensor can be connected to the device and a relais in the module activates a pump.

A standard ABS enclosure was used. the pcb board outline was designed in reference of the enclosure drill holes.

irrigation controller

For a client active in the irrigation industry i had to develop a working prototype of a soil moisture Irrigation controller. A custom PCB was made using a ESP-32 as main controller. A soil moisture sensor can be connected to the device and a relais in the module activates a pump.

A standard ABS enclosure was used. the pcb board outline was designed in reference of the enclosure drill holes.

irrigation controller

For a client active in the irrigation industry i had to develop a working prototype of a soil moisture Irrigation controller. A custom PCB was made using a ESP-32 as main controller. A soil moisture sensor can be connected to the device and a relais in the module activates a pump.

A standard ABS enclosure was used. the pcb board outline was designed in reference of the enclosure drill holes.

irrigation controller

For a client active in the irrigation industry i had to develop a working prototype of a soil moisture Irrigation controller. A custom PCB was made using a ESP-32 as main controller. A soil moisture sensor can be connected to the device and a relais in the module activates a pump.

A standard ABS enclosure was used. the pcb board outline was designed in reference of the enclosure drill holes.

irrigation controller

For this project I had to the design a waterproof IP67 enclosure for a wireless sensor node.
The device has 2 circular connectors to attach various types of sensors. It is designed to be produced in PA12 or injection molding. The top part can also be machined from aluminium.
The waterproof seal is made possible by using 2mm rubber O-rings.

You can mount de device by using the 1.2mm stainless steal bracket to a pole or any surface that holds a bolt.

IP67 wireless sensor hub

For this project I had to the design a waterproof IP67 enclosure for a wireless sensor node.
The device has 2 circular connectors to attach various types of sensors. It is designed to be produced in PA12 or injection molding. The top part can also be machined from aluminium.
The waterproof seal is made possible by using 2mm rubber O-rings.

You can mount de device by using the 1.2mm stainless steal bracket to a pole or any surface that holds a bolt.

IP67 wireless sensor hub

For this project I had to the design a waterproof IP67 enclosure for a wireless sensor node.
The device has 2 circular connectors to attach various types of sensors. It is designed to be produced in PA12 or injection molding. The top part can also be machined from aluminium.
The waterproof seal is made possible by using 2mm rubber O-rings.

You can mount de device by using the 1.2mm stainless steal bracket to a pole or any surface that holds a bolt.

IP67 wireless sensor hub

For this project I had to the design a waterproof IP67 enclosure for a wireless sensor node.
The device has 2 circular connectors to attach various types of sensors. It is designed to be produced in PA12 or injection molding. The top part can also be machined from aluminium.
The waterproof seal is made possible by using 2mm rubber O-rings.

You can mount de device by using the 1.2mm stainless steal bracket to a pole or any surface that holds a bolt.

IP67 wireless sensor hub

For this project I had to the design a waterproof IP67 enclosure for a wireless sensor node.
The device has 2 circular connectors to attach various types of sensors. It is designed to be produced in PA12 or injection molding. The top part can also be machined from aluminium.
The waterproof seal is made possible by using 2mm rubber O-rings.

You can mount de device by using the 1.2mm stainless steal bracket to a pole or any surface that holds a bolt.

IP67 wireless sensor hub

A client in the manufacturing industry had a request to design a Air quality sensor to monitor the factory site.
I implemented a sensirion particlate matter senosr in a waterproof enclosure.
the air intake nozzles and support frames are custom designed in fusion 360.

Air Quality sensor

A client in the manufacturing industry had a request to design a Air quality sensor to monitor the factory site.
I implemented a sensirion particlate matter senosr in a waterproof enclosure.
the air intake nozzles and support frames are custom designed in fusion 360.

Air Quality sensor

A client in the manufacturing industry had a request to design a Air quality sensor to monitor the factory site.
I implemented a sensirion particlate matter senosr in a waterproof enclosure.
the air intake nozzles and support frames are custom designed in fusion 360.

Air Quality sensor

A client in the manufacturing industry had a request to design a Air quality sensor to monitor the factory site.
I implemented a sensirion particlate matter senosr in a waterproof enclosure.
the air intake nozzles and support frames are custom designed in fusion 360.

Air Quality sensor

For a client specialized in drip irrigation i designed a reel holder and custom counter to Cut and re-reel irrigation pipe on custom lengts.
the frame is in steel. The counter is custom made in aluminum. holding the rollers and springs in place.

Custom irrigation packaging machine

For a client specialized in drip irrigation i designed a reel holder and custom counter to Cut and re-reel irrigation pipe on custom lengts.
the frame is in steel. The counter is custom made in aluminum. holding the rollers and springs in place.

Custom irrigation packaging machine

For a client specialized in drip irrigation i designed a reel holder and custom counter to Cut and re-reel irrigation pipe on custom lengts.
the frame is in steel. The counter is custom made in aluminum. holding the rollers and springs in place.

Custom irrigation packaging machine

For a client specialized in drip irrigation i designed a reel holder and custom counter to Cut and re-reel irrigation pipe on custom lengts.
the frame is in steel. The counter is custom made in aluminum. holding the rollers and springs in place.

Custom irrigation packaging machine

For a client specialized in drip irrigation i designed a reel holder and custom counter to Cut and re-reel irrigation pipe on custom lengts.
the frame is in steel. The counter is custom made in aluminum. holding the rollers and springs in place.

Custom irrigation packaging machine

For a client specialized in wireless sensors i designed new sensor interfaces and there enclosure.
The products are made in PA12, A great material for low volume productions and high quality finish.

Peripheral enclosure design

For a client specialized in wireless sensors i designed new sensor interfaces and there enclosure.
The products are made in PA12, A great material for low volume productions and high quality finish.

Peripheral enclosure design

For a client specialized in wireless sensors i designed new sensor interfaces and there enclosure.
The products are made in PA12, A great material for low volume productions and high quality finish.

Peripheral enclosure design

I designed the hardware of a vibration sensor used for predictive maintenance.
The enclosure is made of Stainless steal and aluminum. It is waterproof IP65. it can be mounted with a magnet of via thread.

Vibration sensor design

I designed the hardware of a vibration sensor used for predictive maintenance.
The enclosure is made of Stainless steal and aluminum. It is waterproof IP65. it can be mounted with a magnet of via thread.

Vibration sensor design

I designed the hardware of a vibration sensor used for predictive maintenance.
The enclosure is made of Stainless steal and aluminum. It is waterproof IP65. it can be mounted with a magnet of via thread.

Vibration sensor design

I designed the hardware of a vibration sensor used for predictive maintenance.
The enclosure is made of Stainless steal and aluminum. It is waterproof IP65. it can be mounted with a magnet of via thread.

Vibration sensor design

For a client active in the irrigation industry i had to develop a working prototype of a soil moisture Irrigation controller. A custom PCB was made using a ESP-32 as main controller. A soil moisture sensor can be connected to the device and a relais in the module activates a pump.

A standard ABS enclosure was used. the pcb board outline was designed in reference of the enclosure drill holes.

irrigation controller

For a client active in the irrigation industry i had to develop a working prototype of a soil moisture Irrigation controller. A custom PCB was made using a ESP-32 as main controller. A soil moisture sensor can be connected to the device and a relais in the module activates a pump.

A standard ABS enclosure was used. the pcb board outline was designed in reference of the enclosure drill holes.

irrigation controller

For a client active in the irrigation industry i had to develop a working prototype of a soil moisture Irrigation controller. A custom PCB was made using a ESP-32 as main controller. A soil moisture sensor can be connected to the device and a relais in the module activates a pump.

A standard ABS enclosure was used. the pcb board outline was designed in reference of the enclosure drill holes.

irrigation controller

For a client active in the irrigation industry i had to develop a working prototype of a soil moisture Irrigation controller. A custom PCB was made using a ESP-32 as main controller. A soil moisture sensor can be connected to the device and a relais in the module activates a pump.

A standard ABS enclosure was used. the pcb board outline was designed in reference of the enclosure drill holes.

irrigation controller

For a client active in the irrigation industry i had to develop a working prototype of a soil moisture Irrigation controller. A custom PCB was made using a ESP-32 as main controller. A soil moisture sensor can be connected to the device and a relais in the module activates a pump.

A standard ABS enclosure was used. the pcb board outline was designed in reference of the enclosure drill holes.

irrigation controller

For this project I had to the design a waterproof IP67 enclosure for a wireless sensor node.
The device has 2 circular connectors to attach various types of sensors. It is designed to be produced in PA12 or injection molding. The top part can also be machined from aluminium.
The waterproof seal is made possible by using 2mm rubber O-rings.

You can mount de device by using the 1.2mm stainless steal bracket to a pole or any surface that holds a bolt.

IP67 wireless sensor hub

For this project I had to the design a waterproof IP67 enclosure for a wireless sensor node.
The device has 2 circular connectors to attach various types of sensors. It is designed to be produced in PA12 or injection molding. The top part can also be machined from aluminium.
The waterproof seal is made possible by using 2mm rubber O-rings.

You can mount de device by using the 1.2mm stainless steal bracket to a pole or any surface that holds a bolt.

IP67 wireless sensor hub

For this project I had to the design a waterproof IP67 enclosure for a wireless sensor node.
The device has 2 circular connectors to attach various types of sensors. It is designed to be produced in PA12 or injection molding. The top part can also be machined from aluminium.
The waterproof seal is made possible by using 2mm rubber O-rings.

You can mount de device by using the 1.2mm stainless steal bracket to a pole or any surface that holds a bolt.

IP67 wireless sensor hub

For this project I had to the design a waterproof IP67 enclosure for a wireless sensor node.
The device has 2 circular connectors to attach various types of sensors. It is designed to be produced in PA12 or injection molding. The top part can also be machined from aluminium.
The waterproof seal is made possible by using 2mm rubber O-rings.

You can mount de device by using the 1.2mm stainless steal bracket to a pole or any surface that holds a bolt.

IP67 wireless sensor hub

For this project I had to the design a waterproof IP67 enclosure for a wireless sensor node.
The device has 2 circular connectors to attach various types of sensors. It is designed to be produced in PA12 or injection molding. The top part can also be machined from aluminium.
The waterproof seal is made possible by using 2mm rubber O-rings.

You can mount de device by using the 1.2mm stainless steal bracket to a pole or any surface that holds a bolt.

IP67 wireless sensor hub

A client in the manufacturing industry had a request to design a Air quality sensor to monitor the factory site.
I implemented a sensirion particlate matter senosr in a waterproof enclosure.
the air intake nozzles and support frames are custom designed in fusion 360.

Air Quality sensor

A client in the manufacturing industry had a request to design a Air quality sensor to monitor the factory site.
I implemented a sensirion particlate matter senosr in a waterproof enclosure.
the air intake nozzles and support frames are custom designed in fusion 360.

Air Quality sensor

A client in the manufacturing industry had a request to design a Air quality sensor to monitor the factory site.
I implemented a sensirion particlate matter senosr in a waterproof enclosure.
the air intake nozzles and support frames are custom designed in fusion 360.

Air Quality sensor

A client in the manufacturing industry had a request to design a Air quality sensor to monitor the factory site.
I implemented a sensirion particlate matter senosr in a waterproof enclosure.
the air intake nozzles and support frames are custom designed in fusion 360.

Air Quality sensor

For a client specialized in drip irrigation i designed a reel holder and custom counter to Cut and re-reel irrigation pipe on custom lengts.
the frame is in steel. The counter is custom made in aluminum. holding the rollers and springs in place.

Custom irrigation packaging machine

For a client specialized in drip irrigation i designed a reel holder and custom counter to Cut and re-reel irrigation pipe on custom lengts.
the frame is in steel. The counter is custom made in aluminum. holding the rollers and springs in place.

Custom irrigation packaging machine

For a client specialized in drip irrigation i designed a reel holder and custom counter to Cut and re-reel irrigation pipe on custom lengts.
the frame is in steel. The counter is custom made in aluminum. holding the rollers and springs in place.

Custom irrigation packaging machine

For a client specialized in drip irrigation i designed a reel holder and custom counter to Cut and re-reel irrigation pipe on custom lengts.
the frame is in steel. The counter is custom made in aluminum. holding the rollers and springs in place.

Custom irrigation packaging machine

For a client specialized in drip irrigation i designed a reel holder and custom counter to Cut and re-reel irrigation pipe on custom lengts.
the frame is in steel. The counter is custom made in aluminum. holding the rollers and springs in place.

Custom irrigation packaging machine

For a client specialized in wireless sensors i designed new sensor interfaces and there enclosure.
The products are made in PA12, A great material for low volume productions and high quality finish.

Peripheral enclosure design

For a client specialized in wireless sensors i designed new sensor interfaces and there enclosure.
The products are made in PA12, A great material for low volume productions and high quality finish.

Peripheral enclosure design

For a client specialized in wireless sensors i designed new sensor interfaces and there enclosure.
The products are made in PA12, A great material for low volume productions and high quality finish.

Peripheral enclosure design

I designed the hardware of a vibration sensor used for predictive maintenance.
The enclosure is made of Stainless steal and aluminum. It is waterproof IP65. it can be mounted with a magnet of via thread.

Vibration sensor design

I designed the hardware of a vibration sensor used for predictive maintenance.
The enclosure is made of Stainless steal and aluminum. It is waterproof IP65. it can be mounted with a magnet of via thread.

Vibration sensor design

I designed the hardware of a vibration sensor used for predictive maintenance.
The enclosure is made of Stainless steal and aluminum. It is waterproof IP65. it can be mounted with a magnet of via thread.

Vibration sensor design

I designed the hardware of a vibration sensor used for predictive maintenance.
The enclosure is made of Stainless steal and aluminum. It is waterproof IP65. it can be mounted with a magnet of via thread.

Vibration sensor design

Reviews

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5.0

$800.00 USD

Smart Agriculture

Simon is great, thank you so much for your work.

Microcontroller

Electrical Engineering

D

Dylan B.

@dbasit24

•

2 years ago

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Log in to discuss any details over chat.

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